Materials Science and Technology : MST 2001: Vol 17 Index

7 Pages·2001·1.8 MB·English

Materials Science and Technology
Author Index
Vol. 17, 2001
Abdel-Karim, R 3 hen, Z Fleury, I
Abraham, M 961 heng, | lewitt, P. E. J
Aghdam, M. M 153 heung, C. | ray, D. J
Al-Hajri, M ho. S.S F.H
An, Y.G 4° 5 ho, Y. H
An, J 5 hoi, C. S
Anderson, J. P 16 houdhary, B. K , Y.-M
Anton, N hu, J.-H ujita, N
Arabi, H | hung, D.-W ukuyama, S
Ashoori, H irillo, P
Atxaga, G ) iss, A
Ausanio, G 52 izeron, G
ale W I
Aydin, M laessens, S 1500. 1508 andin, C.-A
oorens, S 54 anesh, V. \
orbo G }> 10, W
Baburaj, E. G 119 osta, J. D arcia de Andrés, ¢
Bader, S. D 149] Cowan, J. R eng, |
Bai. B ; 269 Cuervas-Arteaga., ¢ jialanella, S
Bai, B. Z 1516 silbert, M
Bai, X.-Z 1653
Siieaiihi.iiaie jogia, A. K
Balasubrahmanyam, V. \ 1222 Dahotre, N. B ~ somez, M
Ball, M 1605 Dang, Z.-J Gonzalez-Rodriguez, J. G
Bamberger, M 15 Das. S Gordo, |
Banks, K 1596 Dasgupta, R Gorman, J. D
Ben Amotz, D 1479 Dashwood Grong, O
Bepari, M. M. A 505 Davami, P 3 Grosdidier, 1
Bhadeshia. H. K. D. H Davies 3 Grum, J
25. W. 333. 355. 366 3 : | y Davie ) Gu, J. |
Bhanu Sankara Rao. K 23 9. 126 Davies Gu, M.-Y
Bhattacharyya. S. K 33 de Cooman 353, 1 Gu. S.R
Bian, X.-I ee Degnan, ¢ Gulbrandsen-Dahl, S
Biggi, A 425 de Meyer, M 353 Guo, J.-J
Bingley. M.S Deslandes, Y Guo, §
Black, M. P 5 Di Nunzio, P. I 63 Guo, X. I
Blaz, | 7 Ding. B. Z 3 Gupta, M
Blenkinsop. P. A $73 Ding, D. Y pa, % Gurbuz. R
Blimke, R Ding, H.-S Gurrappa, |
Bonollo, | 139] Ding. W.-J
Boucek, A. J | Dong. Q.-Z
Boyd, J. D 296 Drar, H 12 Ha. J.S
Brooks, J. W Dui, W. Z 551, 55 Hai, J. T
Brown, P 12 ! Duszczyk. J Han. G
Bryant, C. | 317 Dutta, Abhijit ? Han, H. N
Burton, B 9, 396 Dutta, P 153] Han, Y.-S
Bushby, R.S Duvauchelle, N 333 Han, Z.-W
Hao, S. M
Hao, X. J
aballero, F. G Elliott. S | 6 Haranath, D
H El-Mahallawi 13 Harendranath, C. § 1005
andela, N El-Mahallawy 3 Hartmann, J. I 1119
ao, H. |
El-Mestekaw 3 Harvey. T. G 1642
apdevila ( Engler, O ] Hashemi. H. R 639
ipela ( Eom, S. H 7 Hassan, A. A 1093
apurro, M 3 Eskafi, M 1273 He. P 1158
\ I velista Helming, K 1169
eschini, | I M Hench, L. | 89]
hakraborty, S I P Henderson, M 1211
handa, T I P. W Hendry, A 1273
handravathi, K. § I va R. W Hertveldt. | 1500, 1508
hang. C. P 1169, | Higginson, R. | 1055
hartrand, P Hincheliff, C. I 148
harturvedi, R. ¢ al »3 3 Hinton, B. R. W
haturvedi, M. ¢ 37, 431 3 n ‘ 37 Hirohashi, M
hen, C. R 46 ing, J.-I Hodgson, P. D 35, 1360
hen, D.-J ) Faulkner, R. G $23, 13 Hong, Y.S 597, 1025
hen, G. N ( 41.W.D Howard, I. ¢ 864
hen, L.-H . }3 nye H Hu, J.-D 588
hen, N. P 26! Tet Hu, Y.-D 1653
hen, Q. Z 5 ) Hu, Z. Q 7 1243
hen, Y. | rT Huang, X. M 1050
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Huh, M. ¥ 5 Lee, H. | 215 Modi, O. P 1444
Hurley, P. J 1360 Lee, H.-W 1544 Molinari. A 475. 139]
Lee, J. D 409 Mondal, D. P 1444
heiaieieih 1525 Lee, J H 733 1 Moon,) J. R 10773
IImmaay ev, I R. M 516867 LLeeee,, JP.> .M D 983553 6 MMuulklheer,r jee¢, A. K 625619
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Li, J. ¢ 19? Naguib, A 1385
a 1624 2 1487 Nam, T.-H 1544
‘allad N 1479 Li. J.-H ?] Narsimha Rao, K. \ 113
lames. A 48] Li, S.-Z 2! Nelson, K. J. H 121
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liang, Q 19? Liang, N. G )}2 Oguocha, I. N. A 278
alin.e H 1605 LLiimm,. $.SC. _ ¢ V 217925 Onsognowierne,m M. | OD5
: AR Liu. ¢ 415. 1039. 1045 ,
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KK H'H B ¢ Lup ( :ve isad<,a. ¥B. .VK .R.K $45, 124224 |
Kim, W. J 109 ra come, ©. 3 oa
Kim. W. J Maier, P
Kim. Y.- 15 Male, A. 17 0 Qiao. G-) “53 II
KKlli nger, i | 64 MMaalliinnoov,v a, S 1 168 QOiinu.. KR.. SQ O 11214439 I
Kr DM 42. «155 Mandiang. Y Quispe. A = 24 I
Kol K 4 Mannan. S. | 23, 545. 559. 1265 : Te
KKo revaar], \ B. M 15694 MMaapoe,l li,J . I¢ )38 Rabkin, f ) rTle
Koursaris. A ) Marthinsen. K 5 7¢ Rack. H. J 190)
Kumar. S 1] Martinez-Villafaite. A SSO Rainforth. W. M 1)
Kumara S 49 Masaki, H. KatO. 7 (¢ Rajeev, R 1005
Kutumbarao. V. V 2 Masuyama. K 134 Rajendran Pillai. S 1249
Kuznetsov, A. V 66 Mathieson, | 472 Raman, R 1005
Kvifin. W J on] Matteazzi, P 7 Randle, \V 615
Mawella, K. J. A ; 517 Ravazi. S. H 1205
Labib,, H. | 8S¢ MMeeldeinndae,z . S. A| 15+7355 6 RReeng,e v, L.-MQ 6+2 7
7Laahma b, rMig.KgO er , M 959, 122160515 MMMiiellnlleeotrnt,,, P.JS .. RC. S | 167499205) RRRiiinkvgieemrra,a r-uD,iS a. z-PD1 el-Castillo, P. E. J. 25. 1314437]0
Robson, J. D Thomasi, A Xia, Q.-I
Threadgill, P. | Xiang, Y.-B
Rosen, A Thuvander, M Xiang, Y.-W
Roy B
Tian, S G Xiao P
Timokhina B Xu, C.-H
Saimoto, S Tiziani \ Xu, X. J
Saindrenan, G To. S Xu, Y
Samajdar, | Torizuka, S Xu. Y. B
Sandstrém, R Torralba, J M
Sangal, S 125
9233 Tosto,. S
Saravan, R. A 1539 I roxell ID Y akubtsov \
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Solberg, J. K Wan Y B
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Spellward, P Wang D.-Z Zeng, Q. M 1050
Spigarelli, S Wang F.-J Zeng, X.-Q
Srinivas. M Wang G.S Zhang, ¢
Srivatsan, T. S Wang J.N Zhang, D. |
Starink, M. J Wang 1.-Y Zhang, H 1243
Stratielini, G Wang I Zhang, J 494. 83 9?6
Street, J Wang Q.-D Zhang, J 1158
Sturm, R Wang y 64, 1018, 1417 Zhang, J 663
Su. Y.-Q Wan: Y.Q Zhang, J 1455
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Szpunar, J Zhang. Z Q 1459
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Willain ie. | Zhao (
Taha, M. A Wilson ZZhhaaoo,, HP. -J R43 1528694
Taheri, R WWiotohedr s, *P Zheng, ¢ P 606
TTaakkaasguig i, M 1 Wu, B Y ZZhhoouu,, BJ. | 49740
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Subject Index
Vol. 17, 2001
Abrasion 1444 Ceramics 1050
Abrasive wear 1285 Chemical analysis 1479
\eroengines 945 Chromium 1385
Aerogels 343 Cladding 1005
Age hardening 278. 315 Cleaning 121]
Aging 93. 139] 1539 Coalescence 1339
33, 512, SI
Alloy design Coating 1102. 1211. 1472. 1487
Alloving 162 ~ Coatings 366. 451. S88. 833. 1033. 1061. 1107
Alternating current 45 Composites 597
Alumina 833. 92] 144] See also Ceramic matrix composites, Fibre composites
Aluminides 324 Metal matrix composites, Particulate composites
Aluminising 1249 Compression
5 195
Aluminium Compression tests 249. 269. 349. 409. 995. 127?
Aluminium alloys 451 487, 874, 1211 1605 Computer simulation
Al Cu 655. 1531 1642 ~ ontinuous casting
Al-Cu-Me 215 ooling
Al-Cu-Mg- Z 651. 668 opper
Al-Cu- Zn Meg 1539 Aa oappe r alloys
Al Fe 917 Cu-Ti
Al +1. 439. 497. 790. 906 opper compounds
Me orrosion resistance
Mg rack arrest
1 (4 4) 645 rack propagation 264. 1398
M 1413 reep + x 627, 736, 1191 1265
249, 258. 494. 655 reep life
1055 rystal growth
R15 yelic loads 64. 1073
$93. 9OL. 1093 ARAr rAye AliRc oxRidati on
Si- Mg 446
Al-Zn Me 639, 1324
(Anisotropy 269. 1569 Debonding
Annealing 1353 Defects
1377
Arc welding Deformation 0)
Artificial neura! networks 16% Dendritic structures
Asymmetry 1153 Deoxidation
2, 1455
Atmospheric conditions Diamond
Atomic force microscopy Diffusion bonding 9X9. 10]
Austempered ductile irons Dilatometry
Austenite Dimensional stability
Austenitic steels Directional solidification
Dislocations
J
Dispersion
I
Dispersion strengthening
Bainite Doping I
Bainitic transformations Drainability I
Ball milling Ductile brittle transition I
Band theory I
Ductile irons
BBeaarriiunmg s titanate See also Austempered luctile irons I
Dynamic strain aging
Bimetals
Binary systems
Binders
Electrical resistivity 655
Biomaterials RY]
Bonding 451, 459, 1293, 1423 Electrochemistry x1)
Electrodeposition 1069
Boron 573. &43
Electroless nickel coatings 7
Boron compounds 201, 1039, 1045 Electromagnetic heating 1653
Bubble growth 3k9_ 399 Electromagnetic stirring 1243
Electron microscopy
Electronic structure
Calorimetry 1324 Electroplating
Capillarity 63 Embrittlement
Carbon Environment
Carbon fibre 1459 1487 Erosion corrosion
Carburising 1021 Evaporation
Cast irons SKK Extrusion
Casting and castings 446 681 786 1093 1102, 1243 1596
Cementite 1347
Centrifugal casting 425 Failure
Ceramic matrix composites 727, 1012 1487 Fatigue 264. 446. 481 551. 556. 681 1079
Ceramic metal bonding 1441 1259 1306, 1403 1539, 1657
Fatigue life 1087. 1130 Magnetic materials 15
Fatigue limit 54 Magnetic properties 1491, 1525
Ferrite 1360. 1369 Magnetoelasticity 1525
Ferroboron 1039. 1045 Maps 545. 1222
Ferroelectrics 731. 1166 Martensite 302
Fibre composites 87, 338, 472. 497, 727 1107, 1153, 1299, 1465 Measurement 455
Fillers 1472 Mechanical alloying 645, 693. 1169
Finite element method 864, 874, 1133 1142, 1153, 1329, 1339 Mechanical mixing 933
Foams 593 Mechanical properties 07. 512. 517. 645. 671. 7 1033. 1153
Forging 790, 795 See also Tensile properties
Forming 415 Melts 1293
Fracture 87, 93, 207 302, 1119, 1163, 1259 Metal matrix composites 333. 465. 933 1153
Fracture toughness 39. §29. 777 aluminium based R7 O32 187. 201, 349. 497. §33.
Friction 864 1061, 1197, 1339, 1465
Friction welding 1605 iron based 1285
Functionally gradient materials 195 magnesium based
titanium based 1107
zinc based 1444
Galvanised steels 1500 1508 Metallic glass 1025
Galvannealing 1500, 1508 Microstructural control 1369
Glass fibre 1299 Microstructure 1, 207, 237, 285, 431, 439, 559, 566, 573
Grain boundaries 5 772, 1317, 1377 615, 627. 645, 668, 736, 926, 1050, 1119
Grain growth 961 1158, 1191, 1317, 1329, 1417, 1516, 1605
Grain refinement 1243 Modelling 376, 403, 415, 487, 523, 545, 556, 655, 663, 686
Grain size 1516, 1580 700, 715, 721. 786, 795, 856, 912. 983. 995. 1079
Graphite 1238 1087, 1093, 1149, 1205, 1253, 1434, 1531, 1563
Grey irons 419 Moulds 1102
Growth 25, 3' 0, 1210)55 Multipass rolling 874
Hardness S045
Nanocrystals 119
Harmonics 1166 Nanoparticles 187
Heat treatment 148 278. 446 481. 559. 856. 938 1417 Nanostructured materials 606, 1455, 1491
Hipping 976
Hot deformation 155, 285 122? Nanostructures 961
Neutron beams 759
Hot ductility 409. 843. 1589. 1596 Nickel 175. 961
Hot isostatic pressing 481 Nickel alloys 597
Hot rolling 33, 451, 864 1055 Nickel aluminides 459. 663, 772. 795, 1398
Hot rolls 425
Nickel based superalloys 459, 481, 671. 736, 1079
Hot working 545. 566, 995
Hydrogen 130)2 Nickel compounds 1087, 1191, 1205, 1403, 11505713
Nickel foam 1069
Niobium 135
Immiscible alloys R37 Niobium carbide 403
Impact 700, 715
Nitrides 536
Impact strength 472. 497, 938. 139]
Impact tests 141, 777 Nitriding 54, 309, 1039, 1045, 1273
Nitrocarburising 168
Impurities 1377
Inclusions 1175 Nodular irons 419
Nuclear fuel 389
Induction melting 1434
Inoculation 901 Nucleation 15, 63, 1102, 1205, 1238
In situ composites 201 Numerical analysis 182
Integrated circuits 749
Interfaces & 33k. 5907
Oxidation 425. 727. 880. 1061. 1459
interlayers 459, 1423
intermetallics 1169, 1249 1556 Oxidation resistance 1249
Iron alloys 961, 1525 Oxidation resistant coatings 581
Iron and iron alloys 45. 29? 1243
See also Cast trons, Steels
Iron based superalloys Particle size 901
Iron compounds S3S2U4 Particulate composites 465, 954, 1197, 1285, 1 339, 1455, 1657
IIrsoont heorximdaels transformations 1648769 PPPeehararislteie tcetd iicsa grams 494, 131241485
Phase transformations 127, 215, 296, 403, 121, 917, 971
Kinetics 5. 30. 162. 175 983, 1114, 1229 1329, 1347, 1544, 1580
Phosphorus 278. 315 455
Photoelasticity 472
Laser cladding 597, 1451 Physical properties 343
Laser processing 419, 1025 Plasma processing 917
Laser surface engineering 1061 Plastic deformation 119]
Laser surface melting 665 Plastic flow 349
Lattice vacancies 766 Plasticity 1163
Leaching 1045 Polymer matrix composites 338. 1459
Life assessment Powder metallurgy 1624
Powder technology 45. 93. 109, 309, 593, 815,
1197, 1259, 1423, 1472
Machining 651 Precipitates 1, 25, 30, 63, 1205
Macrostructure 1280 Precipitation 536, 1596
Magnesium alloys 15, 207, 627, 938 Press bonding 906
Mg Al 264 Pressure costing 639
Raman spectroscopy Strain induced transformations 1360
Rapid solidification Strain rate 497, 529
Recovery Stress 1229
Recrystallisation », 175. 536. 545. 693. 874 Stress relieving 601
Residual stress 355, 366, 419, 601, Stress—strain curve 113
Reviews 237, 355, 366. 749, 891. 1033. 1175 Stretch formability 258
Rheomixing Sulphidation 880
Roll casting Sulphur . 847
Rolling 75, 415, 874 1175 Superalloys 1451
Roughness See also Iron based superalloys, Nickel based superalloys,
Single crystal superalloys
Superelasticity 1073
Superplastic forming 182, 1413
Segregation Superplasticity 109 187, 2532 7 . 269. 431, 439, 906, 1222
Semiconductors 749 Surface hardness 168
Shape memory 292 Surface transformations 1615
Sheet 75, 1413 Surface treatment 1459
Silicon 207, 512, 517 Synchrotron radiation 759
Silicon carbide 7, 93, 195, 349, 465, 727. 1107, 1197 Synthesis 119, 195, 343
Silicon carbide casting 823
Silver brazing 1441
Simulation 790 Tellurium 455
Single crystal superalloys 1102 Temper embrittlement 141
Single crystals 102, 1398 Temperature control 1434
Slurries 1149. 1444 Tempering 1273
Sol gel process 606 Tensile properties 315, 333, 505 559. 639, 926. 1069. 1253. 1299
Sol-gel process 731 See also Mechanical properties
Soldered joints 1306 Tensile test 4
Solid state reactions 815 Tension tests 269.
Solidification 573, 663, 786, 1280, 1531 Texture 7, 431, awwn
Squeeze casting 215. 833 Thermal analysis 9
Stain analysis Thermal conductivity 45a;AA w-th—t yy
Stainless steels Thermal cycling 1306
Steam turbines Thermal properties 823
Steel constituents Thermomechanical processing . 1142
Steels Thermoplastics 1472
See Cast u ind tron alloys Thin films 731
C-—Mn steels 409. 505. 529 1360 1569 Titanium alloys 269, 5 3. S81. 945, 1158, 1222, 1441 1516, 1544
C-Mn-Cr steels 1589 Titanium aluminide alloys 1635
C-Mn_-Si steels 721 Titanium aluminides 119. 566, 1293 . 1434
carbon ste 148. 601. 6R6. 856 1005, 1114 litanium caroide 1061
1249, 1329. 1347 1369. 1465 Titanium carbonitrides 1050
693. 715 Titanium compounds 201
843 litanium nitride 321
5907 Torsion tests 1360
141 Toughness 847
1005 Transition metals 766
39 Tungsten 338
$59. 1265 Turbine blades 1451
321, 425 Turning 102
$12, 517
551. 556
1500. 1508 Vanadium
1021, 1229 Vapour deposited coatings
700. 1580 Vibration
Viscosity
1130. 1596
1615
1385 Wear 309. S88. 933. 976, 1385. 1635
309 Weight loss 880
Welded joints 1265 1377 . 1391
Welding 601, 989, 1280
Wettability 1293
Whisker composites 349, 833. 912. 921, 926
Z Z 1280, 1391, 1624 Wire 148
strip steel 415. 451 Wire rod 856
Strip steels 864 Wires 1465
structural cls 39 Work hardening 223. 376
tool steels 76 1635
TRIP steel 1353
Stir casting 201 X-ray diffraction 912
Stirring 465
Strain 10545
Strain aging 113 Zinc alloys 465, 681, 954, 1018
Strain hardening 249 Zirconia 109